Extended half bridge ZVS PWM high frequency series load resonant inverter

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초록

This paper proposes a unique topology of voltage fed high frequency series load resonant inverter with an edge resonant lossless snubbing capacitor and an auxiliary switch cell for induction heating appliances. The main objective of this paper is to present a modification of previously developed ZVS PWM high frequency inverter circuit along with its unique features. The operation principle of the proposed inverter circuit is based upon asymmetrical duty cycle PWM control scheme. The steady state operating principle of the high frequency resonant inverter treated here is illustrated by using periodic switching mode equivalent circuits. The operating performances of high-frequency AC regulation and power conversion efficiency characteristics are discussed from a computer aided simulation and an experimental point of view together with soft-switching operating ranges.

키워드

High power density inverterIH series resonant tankSingle duty cycle PWM controlledSwitched capacitor auxiliary cellAsymmetrical duty cycleAuxiliary switchComputer aided simulationsHalf bridgeHeating appliancesHigh frequencyHigh frequency HFHigh frequency invertersHigh frequency resonant invertersHigh power densityInverter circuitLoad resonantLosslessOperating performanceOperating rangesPeriodic switchingPoint of viewsPower conversion efficienciesPWM controlSeries resonantSingle duty cycle PWM controlledSteady-state operatingSwitched capacitorUnique featuresVoltage-fedZVS-PWMCapacitorsConversion efficiencyElectric invertersInduction heatingPropulsionSoft switchingZero voltage switching
제목
Extended half bridge ZVS PWM high frequency series load resonant inverter
저자
Saha, BishwajitKim, Rae-Young
DOI
10.1109/VPPC.2012.6422638
발행일
2013-02
유형
Conference Paper
저널명
2012 IEEE Vehicle Power and Propulsion Conference, VPPC 2012
페이지
714 ~ 719